Patent HR-PK20190956-B3 (HR)
Inventor: MARGITIĆ ŽELJKO
IPC: F03D13/00
Filed: 2019-05-27
Abstract: <B>DIRIN TALES RECEPT </B>algoritmi izračunaju rotiranjem<B> </B>najdonjeg brida jednosegmentnog donjeg pojačala <B>poziciju,</B> koja ima najveći <B>Cp </B>koeficijent iskorištenja kinetičke energije za <B>v</B>j brzinu vjetra<B>.</B> <B>P</B>rogram <B>5.</B> <B>gen</B>eracije <B>P</B>5_GEN izračuna omjer <B>γ</B> kuta odbijanja zrake i <B>α</B> kuta ploče<B>,</B> te <B>pozicije</B> tih kuteva u odnosu na horizontalu<B>. P</B>5_GEN sa <B>γ</B> <B>=</B> <B>f (α)</B> izračunaju dimenzije svih segmenata cijelog<B> v</B>jetro <B>a</B>gregata <B>VA</B> za uvrštavanje u <B>p</B>rograme <B>pro</B>jektiranja <B>tlačnog VA.<BR/> </B><B><BR/></B>Cjelokupna <B>v</B>j energija raspodjeljena na uvećani parni broj elisa smanjuje moment jedne elise i <B>ω</B> kutnu brzinu svih elisa <B>Pvc</B> <B>p</B>ropelerskih<B> v</B>jetro<B> c</B>entrala<B>, </B>što smanji <B>α</B>CENTR_MAX <B>=</B> <B>ω</B>2<B>R</B> naprezanje na vlak<B>.</B> Elise s generatorom proizvode <B>4 puta</B> manje savijanje sa<B> 2</B> nosača visoka do <B>20m</B> od <B>1</B> nosača<B>. </B>Za <B>v</B>j<B> ></B> <B>180km/h, </B>gornje pojačalo smanjivanjem <B>Pvc</B> gustoće zračnih strujnica povećava <B>podtlak.<BR/> </B><BR/><B>V</B>eliki <B>z</B>amašnjaci <B>VZ </B>sa zamašnjacima na vratilu propelerskog i tlačnog generatora uvećevaju frekvenciju struje da transformator i za male <B>v</B>j smanje <B> I</B>2 <B>=</B> <B>100 puta</B> gubitak prijenosa energije<B>. VZ</B> usporavaju<B> </B> rast <B>ω</B> povećavajući mikrokontroleru raspoloživo vrijeme za povećanje tereta generatoru omogućivši prijenos velikih rotacionih energija<B>.<BR/></B><BR/>Za <B>v</B>j<B> ></B> <B>72km/h, P</B>5_GEN <B>tlačnih VA </B> pokazuje<B> </B>da <B>R</B>MAX <B>=</B> <B>2m, </B>sa <B>L</B>PLATNA <B>=</B> <B>10m, </B>sa <B>VZ, </B>sa <B>6 segmenata</B> za <B>1sek </B>postiže <B>ω ></B> <B>4r/s, </B>što spriječava zračni čep<B>, </B>a od <B>v</B>j <B>=</B> <B>80km/h</B> do <B>v</B>j <B>≈</B> <B>180km/h </B>proizvodi <B>Cp</B> <B>></B> <B>30%.</B>DIRIN TALES RECIPE algorithms calculate the position, which has the highest Cp coefficient of kinetic energy utilization for vj wind speed, by rotating the lowest edge of a single-segment lower amplifier. The 5th generation P5_GEN program calculates the ratio of γ beam reflection angle and α angle of the plate, and the position of these angles in relation to the horizontal. P5_GEN with γ = f (α) calculates the dimensions of all segments of the entire wind turbine VA for inclusion in pressure VA design programs.<BR/><BR/>The total vj energy distributed to the increased even number of propellers reduces the torque of one propeller and ω the angular velocity of all propellers of Pvc propeller wind turbines, which reduces αCENTR_MAX = ω2R stress on the t tension. Generator propellers produce 4 times less bending with 2 girders up to 20m high, than of 1 girder. For vj> 180km/h, the upper amplifier increases the underpressure by reducing the Pvc density of the air streams.<BR/><BR/>Large flywheels VZ with flywheels on the shaft of the propeller and pressure generator increase the frequency of the current, so that the transformers for small vj reduce I2 = 100 times the loss of energy transfer. VZs slow down the growth of ω by increasing the time available to the microcontroller to increase the load on the generator by enabling the transmission of large rotational energies.<BR/><BR/>For vj> 72km/h, P5_GEN of pressure VA shows that RMAX = 2m, with LPLATNA = 10m, with VZ, with 6 segments for 1 sec achieves ω> 4r/s, which prevents air plug, and from vj ≈ 80km/h to vj ≈ 180km/h produces Cp> 30%.